agents
Class TimeDependentAgentLinear

java.lang.Object
  negotiator.Agent
      agents.anac.y2011.Nice_Tit_for_Tat.BilateralAgent
          agents.TimeDependentAgent
              agents.TimeDependentAgentLinear

All Implemented Interfaces:

BidHistoryKeeper

public class TimeDependentAgentLinear
extends TimeDependentAgent

Field Summary

Fields inherited from class agents.anac.y2011.Nice_Tit_for_Tat.BilateralAgent

domain, myHistory, opponentHistory

Fields inherited from class negotiator.Agent

fNegotiation, parametervalues, sessionNr, sessionsTotal, startTime, strategyParameters, timeline, totalTime, utilitySpace

Constructor Summary

TimeDependentAgentLinear()

Method Summary

double	getE() Depending on the value of e, extreme sets show clearly different patterns of behaviour [1]: 1.
java.lang.String	getName()

Methods inherited from class agents.TimeDependentAgent

chooseCounterBid, chooseFirstCounterBid, chooseOpeningBid, f, getVersion, init, isAcceptable, makeBid, p, pickBidOfUtility

Methods inherited from class agents.anac.y2011.Nice_Tit_for_Tat.BilateralAgent

chooseAction, getMyLastBid, getMySecondLastBid, getOpponentHistory, getOpponentLastBid, getRound, getUndiscountedUtility, log, makeAcceptAction, ReceiveMessage, round2

Methods inherited from class negotiator.Agent

endSession, getAgentID, getParameterValues, getSessionNumber, getSessionsTotal, getStrategyParameters, getUniqueIdentifier, getUtility, internalInit, isUIAgent, loadSessionData, parseStrategyParameters, restartDataObjectsFolder, saveSessionData, setAgentID, setName, sleep

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

TimeDependentAgentLinear

public TimeDependentAgentLinear()

Method Detail

getE

public double getE()

Description copied from class: TimeDependentAgent

Depending on the value of e, extreme sets show clearly different patterns of behaviour [1]: 1. Boulware: For this strategy e < 1 and the initial offer is maintained till time is almost exhausted, when the agent concedes up to its reservation value. 2. Conceder: For this strategy e > 1 and the agent goes to its reservation value very quickly. 3. When e = 1, the price is increased linearly. 4. When e = 0, the agent plays hardball.

Specified by:

getE in class TimeDependentAgent

getName

public java.lang.String getName()

Overrides:

getName in class TimeDependentAgent

Returns:

name of the agent.